Software Engineer
· UntapDeveloped and maintained software for private equity investment management using Java, Python, and JavaScript
- React
- JavaScript
- Java
- Vertex
- Gemini
- GCP
I build systems that turn messy data into clarity.
Software and AI engineer. Currently shipping LLM-backed financial tooling at Untap. On the side I build LFM, a live football model, and EvalLens, an open-source LLM eval framework.
Software and AI Engineer
Hi, I’m Simon Rendon Arango, a Software and AI Engineer passionate about building intelligent systems that turn complex data into actionable insights. I hold an MSc in Computing (Software Engineering) from Imperial College London and a BSc in Systems and Computing Engineering from Universidad de los Andes. My professional journey spans startups and fintech, where I’ve designed AI-driven KPI extraction modules, developed scalable backend services, and built user-facing products at companies like Untap, Glamper, and Nequi (Bancolombia).
I’m also a curious creator, constantly exploring new technologies and side projects at the intersection of AI, data, and design. I thrive in fast-paced, collaborative environments where ambitious ideas meet rigorous execution — and I’m always looking for opportunities to push the boundaries of what’s possible with software and AI.
Developed and maintained software for private equity investment management using Java, Python, and JavaScript
Developed and maintained the Glamper web application using Vue.js and Nuxt.js, enhancing user experience and functionality
Developed internal AWS–Jira connectors to automate incident tracking, improving response time for infrastructure tickets.
Data Structures · Algorithm design and analysis · Software Engineering · Mobile and Web Development · Software Architecture
Reinforcement Learning · Deep Learning · Software Engineering · Machine Learning · Natural Language Processing
C++HPCNuxt.jsPyTorchVue
A small RAG agent over my experience. It cites what it knows and admits what it does not. The same agent is always available bottom-right.
Real-time match probabilities, an embedding explorer, and a Monte Carlo simulation lab. Streaming ingestion, online inference, vector search — a football engine built to read matches as living systems.
A systematic evaluation framework for LLM outputs. Reproducible, versioned metrics across model and prompt variants — catches regressions before they ship instead of after.
Roles, collaborations, or interesting problems — send a note.